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, the origin of biomolecular homochirality remains one of our greatest mysteries. One of the major questions in biochemical evolution is: “How does one break the symmetry?” Two key aspects will be
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involving members of the PPE protein family, which have been implicated in the uptake of small molecules such as sugars, siderophores, and ions across the outer membrane. In this PhD project, the student will
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. Tracking methane cycling—balancing production vs. consumption and tracing carbon substrate sources—remains challenging. We will integrate methane clumped-isotope analysis with carbon and hydrogen isotope
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will leverage our existing approach to generate code from a single source code for multiple architectures and accelerators, called SaC. You will join a team consisting of scientific staff and PhD
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that incorporates all steps of hydrogen generation/purification from sustainable sources and ammonia synthesis in a single device. The PhD project will be part of the OASYS project funded by NWO in the context
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drugs in a variety of different matrices. We enjoy the new challenging projects regarding food and feed safety, for example in relation to the circular economy, climate change and new protein sources
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evolution for decades. Yet, with the rise of modern cutting-edge technologies, we can now use novel, data-driven methods to explore the ancient past and unpack the origin of language. This PhD position
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partners at the beginning of your project. You will be trained to produce high-quality, peer-reviewed publications, and your research will contribute to the development of new curricula taught at ITC. You
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, a multidisciplinary initiative on neuromorphic computing. The position is funded by MSCA DN for 36 months and the remaining 12 months will be covered by other funding sources. The candidate is
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on capabilities and talent. We strongly encourage everyone with the appropriate qualifications to apply for the vacancy, regardless of age, gender, origin, sexual orientation or physical abilities. Diversity code